During the unveiling of the Intel Core Ultra 200V “Lunar Lake,” not only was there a shift in the CPU core architecture, but also all-new NPU cores in a modular setup, delivering up to 50% higher energy efficiency compared to Arm-based CPUs. A fascinating addition to the lineup is the ‘V’ suffix at the end of each CPU model number (e.g., Core Ultra 9 288V), a feature previously unseen in Intel processors.
Robert Hallock, Intel’s Client Computing Group Vice President, explained to PCWorld that the ‘V’ symbolizes the Lunar Lake architecture specificity. Soon, we can expect to see the familiar U, S, and H series CPUs following this pattern. Intel seems to be hinting at the Arrow Lake core for high-performance desktops and laptops, set to debut in 2024.
Another intriguing aspect of the Core Ultra 200V is the introduction of 9 sub-models, all featuring the same number of cores – 4 P-cores and 4 E-cores. The key differentiators among these sub-models lie in the CPU clock speeds, core counts, NPU cores, and memory configurations. The three-digit code of the Core Ultra 200V holds significant meanings:
– The first digit represents the CPU series, with ‘2’ denoting the Core Ultra 200 series.
– The second digit refers to the performance based on the CPU clock.
– The third digit corresponds to the memory size, with ‘6’ indicating 16GB and ‘8’ indicating 32GB.
These codes can then be decoded into the following CPU sub-models:
– Core Ultra 5 group will feature the Arc 130V CPU with 7 cores and 5 NPU cores (40 TOPS). Models with ’22x’ will have slightly lower clocks than ’23x’.
– Core Ultra 7 group will house the Arc 140V CPU with 8 cores and 6 NPU cores (47-48 TOPS). Look out for models with ’25x’ having slightly lower clocks than ’26x’.
– Core Ultra 9 will have a single variant – 288V, offering features similar to the top-tier 268V from Core Ultra 7, but with slightly higher clocks and a 30W power boost, providing superior performance compared to lower-tier models with 17W.
In conclusion, the Intel Core Ultra 200V lineup promises cutting-edge performance and energy efficiency, setting a new standard for high-performance computing systems.
TLDR: Intel’s latest Core Ultra 200V “Lunar Lake” CPUs feature a modular setup with all-new NPU cores, delivering improved energy efficiency. The addition of a ‘V’ suffix signifies the Lunar Lake architecture specificity, hinting at future high-performance CPUs. Each CPU model offers unique features based on clock speeds, core counts, NPU cores, and memory configurations, promising superior performance and efficiency.
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